private void ButtonPrintDisplayerRequested(object sender, ReferenceEventArgs e)
{
var aircraft = GlobalObjects.AircraftsCore.GetParentAircraft(_currentDamage);
if (aircraft == null)
{
return;
}
if (sender == _itemPrintReportRecords)
{
string caption = aircraft.RegistrationNumber + ". " + _currentDamage.DirectiveType.CommonName + ". " +
_currentDamage.Title + ". Compliance List";
var builder = new DirectiveTasksReportBuilder();
if (_currentBaseComponent == null)
{
builder.ReportedAircraft = CurrentAircraft;
builder.ReportTitle = "DAMAGE RECORD";
builder.FilterSelection = "All";
}
else
{
builder.ReportedBaseComponent = _currentBaseComponent;
var selection = "";
if (_currentBaseComponent.BaseComponentType == BaseComponentType.LandingGear)
{
selection = _currentBaseComponent.TransferRecords.GetLast().Position;
builder.ReportTitle = "LANDING GEAR RECORD";
}
if (_currentBaseComponent.BaseComponentType == BaseComponentType.Engine)
{
selection = BaseComponentType.Engine + " " + _currentBaseComponent.TransferRecords.GetLast().Position;
builder.ReportTitle = "ENGINE RECORD";
}
if (_currentBaseComponent.BaseComponentType == BaseComponentType.Apu)
{
selection = BaseComponentType.Apu.ToString();
builder.ReportTitle = "APU RECORD";
}
builder.LifelengthAircraftSinceNew =
GlobalObjects.CasEnvironment.Calculator.GetCurrentFlightLifelength(CurrentAircraft);
builder.FilterSelection = selection;
}
builder.AddDirectives(new[] { _currentDamage });
builder.ForecastData = null;
e.DisplayerText = caption;
e.TypeOfReflection = ReflectionTypes.DisplayInNew;
e.RequestedEntity = new ReportScreen(builder);
}
}
private void ButtonPrintDisplayerRequested(object sender, ReferenceEventArgs e)
{
var baseDetail = _currentDirective.ParentBaseComponent;
if (baseDetail == null)
{
return;
}
if (sender == itemPrintReportRecords)
{
var caption = "";
if (baseDetail.ParentAircraftId > 0)
{
caption = $"{DestinationHelper.GetDestinationStringFromAircraft(baseDetail.ParentAircraftId, false, null)}. ";
}
else if (baseDetail.ParentStoreId > 0)
{
caption = $"{DestinationHelper.GetDestinationStringFromStore(baseDetail.ParentStoreId, null, true)}. ";
}
caption += _currentDirective.DirectiveType.CommonName + ". " +
_currentDirective.Title + ". Compliance List";
var builder = new DirectiveTasksReportBuilder();
if (_currentBaseComponent == null)
{
builder.ReportedAircraft = CurrentAircraft;
if (_currentDirective.DirectiveType == DirectiveType.AirworthenessDirectives)
{
builder.ReportTitle = "AD RECORD";
}
if (_currentDirective.DirectiveType == DirectiveType.EngineeringOrders)
{
builder.ReportTitle = "EO STATUS";
}
if (_currentDirective.DirectiveType == DirectiveType.SB)
{
builder.ReportTitle = "SB STATUS";
}
builder.FilterSelection = "All";
}
else
{
builder.ReportedBaseComponent = _currentBaseComponent;
String selection = "";
if (_currentBaseComponent.BaseComponentType == BaseComponentType.LandingGear)
{
selection = _currentBaseComponent.TransferRecords.GetLast().Position;
builder.ReportTitle = "LANDING GEAR RECORD";
}
if (_currentBaseComponent.BaseComponentType == BaseComponentType.Engine)
{
selection = BaseComponentType.Engine + " " + _currentBaseComponent.TransferRecords.GetLast().Position;
builder.ReportTitle = "ENGINE RECORD";
}
if (_currentBaseComponent.BaseComponentType == BaseComponentType.Apu)
{
selection = BaseComponentType.Apu.ToString();
builder.ReportTitle = "APU RECORD";
}
builder.LifelengthAircraftSinceNew =
GlobalObjects.CasEnvironment.Calculator.GetCurrentFlightLifelength(CurrentAircraft);
builder.FilterSelection = selection;
}
builder.AddDirectives(new[] { _currentDirective });
builder.ForecastData = null;
e.DisplayerText = caption;
e.TypeOfReflection = ReflectionTypes.DisplayInNew;
e.RequestedEntity = new ReportScreen(builder);
}
else
{
e.Cancel = true;
}
}
